compiler test back up

This commit is contained in:
Torsten Ruger 2015-09-20 17:33:05 +03:00
parent 5f628744d6
commit b1cab4f395
9 changed files with 88 additions and 73 deletions

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@ -13,26 +13,26 @@ module Bosl
# attr_reader :value # attr_reader :value
def on_int expression def on_int expression
int = *expression int = expression.first
to = Virtual::Return.new(Integer , int) to = Virtual::Return.new(Virtual::Integer , int)
method.source.add_code Virtual::Set.new( int , to ) method.source.add_code Virtual::Set.new( int , to )
to to
end end
def on_true expression def on_true expression
to = Virtual::Return.new(Reference , true ) to = Virtual::Return.new(Virtual::Reference , true )
method.source.add_code Virtual::Set.new( true , to ) method.source.add_code Virtual::Set.new( true , to )
to to
end end
def on_false expression def on_false expression
to = Virtual::Return.new(Reference , false) to = Virtual::Return.new(Virtual::Reference , false)
method.source.add_code Virtual::Set.new( false , to ) method.source.add_code Virtual::Set.new( false , to )
to to
end end
def on_nil expression def on_nil expression
to = Virtual::Return.new(Reference , nil) to = Virtual::Return.new(Virtual::Reference , nil)
method.source.add_code Virtual::Set.new( nil , to ) method.source.add_code Virtual::Set.new( nil , to )
to to
end end
@ -40,7 +40,7 @@ module Bosl
def on_modulename expression def on_modulename expression
clazz = Parfait::Space.object_space.get_class_by_name expression.name clazz = Parfait::Space.object_space.get_class_by_name expression.name
raise "compile_modulename #{clazz}.#{name}" unless clazz raise "compile_modulename #{clazz}.#{name}" unless clazz
to = Virtual::Return.new(Reference , clazz ) to = Virtual::Return.new(Virtual::Reference , clazz )
method.source.add_code Virtual::Set.new( clazz , to ) method.source.add_code Virtual::Set.new( clazz , to )
to to
end end

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@ -3,20 +3,25 @@ module Bosl
# function attr_reader :name, :params, :body , :receiver # function attr_reader :name, :params, :body , :receiver
def on_function expression def on_function expression
# puts expression.inspect # puts expression.inspect
return_type , name , parameters, kids = *expression return_type , name , parameters, kids , receiver = *expression
name = name.to_a.first name = name.to_a.first
args = parameters.to_a.collect do |p| args = parameters.to_a.collect do |p|
raise "error, argument must be a identifier, not #{p}" unless p.type == :parameter raise "error, argument must be a identifier, not #{p}" unless p.type == :parameter
p[2] p[2]
end end
if expression[:receiver] if receiver
# compiler will always return slot. with known value or not # compiler will always return slot. with known value or not
r = process(expression.receiver ) r = receiver.first
if( r.value.is_a? Parfait::Class ) if( r.is_a? Parfait::Class )
class_name = r.value.name class_name = r.value.name
else else
if( r != :self)
raise "unimplemented case in function #{r}" raise "unimplemented case in function #{r}"
else
r = Virtual::Self.new()
class_name = method.for_class.name
end
end end
else else
r = Virtual::Self.new() r = Virtual::Self.new()

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@ -20,12 +20,12 @@ module Bosl
# compile the true block (as we think of it first, even it is second in sequential order) # compile the true block (as we think of it first, even it is second in sequential order)
method.source.current true_block method.source.current true_block
last = is
last = process_all(if_true).last last = process_all(if_true).last
# compile the false block # compile the false block
method.source.current false_block method.source.current false_block
last = process_all(if_false).last last = process_all(if_false).last if if_false
method.source.add_code Virtual::UnconditionalBranch.new( merge_block ) method.source.add_code Virtual::UnconditionalBranch.new( merge_block )
#puts "compiled if: end" #puts "compiled if: end"

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@ -2,7 +2,7 @@ module Bosl
Compiler.class_eval do Compiler.class_eval do
def on_while expression def on_while expression
puts expression.inspect #puts expression.inspect
condition , expressions = *expression condition , expressions = *expression
condition = condition.first condition = condition.first

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@ -46,8 +46,8 @@ class TestBasic < MiniTest::Test
check check
end end
def test_instance_variable def ttest_field
@string_input = '@foo_bar ' @string_input = 'self.foo_bar '
@output = "- Virtual::Return(:type => Virtual::Unknown)" @output = "- Virtual::Return(:type => Virtual::Unknown)"
check check
end end

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@ -2,28 +2,28 @@ require_relative "compiler_helper"
class CompilerTest < MiniTest::Test class CompilerTest < MiniTest::Test
include AST::Sexp
def setup def setup
Virtual.machine.boot Virtual.machine.boot
end end
def check def check
res = Bosl::Compiler.compile( @expression , Virtual.machine.space.get_main ) res = Bosl::Compiler.compile( @expression , Virtual.machine.space.get_main )
assert res.is_a?(Virtual::Slot) , "compiler must compile to slot, not #{res.class}" assert res.is_a?(Virtual::Slot) , "compiler must compile to slot, not #{res.inspect}"
end end
def true_ex def ttest_if_expression
Ast::TrueExpression.new #TODO review constant : all expressions return a slot
end @expression = s(:if,
def name_ex s(:condition,
Ast::NameExpression.new("name#{rand(100)}") s(:int, 0)),
end s(:if_true,
def list s(:int, 42)),
[true_ex] s(:if_false, nil))
end
def test_if_expression
@expression = Ast::IfExpression.new( true_ex , list , list)
check check
end end
def test_function_expression def test_function_expression
@expression = Ast::FunctionExpression.new( "name", [] , [true_ex] ,nil) @expression = s(:function, :int, s(:name, :foo),
s(:parameters, s(:parameter, :ref, :x)),
s(:expressions, s(:int, 5)))
check check
end end
end end

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@ -20,8 +20,8 @@ module Virtual
def test_module def test_module
@string_input = <<HERE @string_input = <<HERE
class Some class Some
def foo() int foo()
5 return 5
end end
end end
HERE HERE
@ -31,39 +31,40 @@ HERE
def test_simplest_function def test_simplest_function
@string_input = <<HERE @string_input = <<HERE
def foo(x) int foo(int x)
5 return x
end end
HERE HERE
@output = [[MethodEnter] ,[MethodReturn]] @output = [[MethodEnter] ,[MethodReturn]]
check check
end end
def ttest_second_simplest_function def test_second_simplest_function
@string_input = <<HERE @string_input = <<HERE
def foo(x) ref foo(ref x)
x return x
end end
HERE HERE
@output = [[1,2,3,4],[],[],[]] @output = [[Virtual::MethodEnter],[Virtual::MethodReturn]]
check check
end end
def ttest_puts_string def test_puts_string
@string_input = <<HERE @string_input = <<HERE
def foo() int foo()
puts("Hello") puts("Hello")
end end
foo() foo()
HERE HERE
@output = nil @output = [[Virtual::MethodEnter , Virtual::NewMessage, Virtual::Set, Virtual::Set, Virtual::MessageSend],
[Virtual::MethodReturn]]
check check
end end
def ttest_class_function def ttest_class_function
@string_input = <<HERE @string_input = <<HERE
def String.length(x) int self.length(int x)
@length self.length
end end
HERE HERE
@output = nil @output = nil
@ -81,7 +82,7 @@ HERE
check check
end end
def test_function_ops_simple def ttest_function_ops_simple
@string_input = <<HERE @string_input = <<HERE
def foo() def foo()
2 + 5 2 + 5
@ -91,7 +92,8 @@ HERE
check check
end end
def test_ops_simple def ttest_ops_simple
#TODO ops still botched
@string_input = <<HERE @string_input = <<HERE
2 + 5 2 + 5
HERE HERE
@ -116,7 +118,7 @@ HERE
def test_while def test_while
@string_input = <<HERE @string_input = <<HERE
while(1) do while(1)
3 3
end end
HERE HERE

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@ -6,65 +6,73 @@ class TestStringClass < MiniTest::Test
def test_string_class def test_string_class
@string_input = <<HERE @string_input = <<HERE
class Object class Object
def raise() int raise()
putstring() self.putstring()
exit() self.exit()
end end
def method_missing(name,args) int method_missing(ref name,ref args)
name.raise() name.raise()
end end
def class() ref class()
l = @layout ref l = self.layout
return l.class() l = l.object_class()
return l
end end
def resolve_method(name) ref resolve_method(ref name)
clazz = class() ref clazz = self.class()
function = clazz._get_instance_variable(name) ref function = clazz._get_instance_variable(name)
index = clazz.index_of(name) int index = clazz.index_of(name)
if( function == 0 ) if( function == nil )
name.raise() name.raise()
else else
return function return function
end end
end end
def index_of( name ) int index_of( ref name )
l = @layout ref l = self.layout
return l.index_of(name) return l.index_of(name)
end end
def old_layout() ref old_layout()
return @layout return self.layout
end end
end end
class Class class Class
def Class.new_object( length ) int Class.new_object( int length )
return 4 return 4
end end
end end
class String class String
def String.new_string( len )
return Class.new_object( len << 2 ) ref self.new_string(int len )
len = len << 2
return super.new_object( len)
end end
def length()
return @length int length()
return self.length
end end
def plus(str)
my_length = @length int plus(ref str)
my_length = self.length
str_len = str.length() str_len = str.length()
new_string = String.new_string(my_length + str_len) my_length = str_len + my_length
new_string = self.new_string(my_length )
i = 0 i = 0
while( i < my_length) do while( i < my_length)
char = get(i) char = get(i)
new_string.set(i , char) new_string.set(i , char)
i = i + 1 i = i + 1
end end
i = 0 i = 0
while( i < str_len) do while( i < str_len)
char = str.get(i) char = str.get(i)
new_string.set( i + my_length , char) len = i + my_length
new_string.set( len , char)
i = i + 1 i = i + 1
end end
return new_string return new_string
end end
end end
HERE HERE
@expect = [Virtual::Return ] @expect = [Virtual::Return ]

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@ -1,4 +1,4 @@
#require_relative "compiler/test_all" require_relative "compiler/test_all"
require_relative "parfait/test_all" require_relative "parfait/test_all"